INVESTIGATION OF CORROSION BEHAVIOR OF 6013 ALUMINUM ALLOYS FORARTIFICIAL AGED MICROWAVE FURNACE

Low density and high strength aluminum alloys can be achieved today is a type of an alloy. these alloys are more resistant, particularly the aging process is the precipitate formed. in this study, increased strength 6013 aluminum alloy in a microwave furnace yaşlandırarak artificial. volume samples in a microwave oven aging method and aging has provided a homogeneous way.6013 aluminum alloys, pure argon gas atmosphere in a microwave furnace hardness after being subjected to artificial aging process analysis, the internal structure (optical microscope, sem), characterization of the studied. aging of the phases, the presence server in the xrd of the samples was determined by curves. corrosion of artificial aged samples has been analyzed by the internal structure of the phases present. depending on the time of artificial aging of aluminum alloy 6013 samples in a microwave furnace in the mechanical properties of the sediment affected the corrosion resistance values.